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Pump Control Wiring Connecting the Wiring <br /> Important u�r If more than two wire nut connections share an epoxy sealant bag, the connections will <br /> not be properly sealed. Improper sealing of the connections will result in inaccurate <br /> system readings and possibly false alarms. <br /> Pump Control Wiring <br /> Line leak detector wiring for Red Jacket submersible pumps is different than wiring <br /> for other pumps.Refer to the appropriate wiring diagram(circuit diagrams are for <br /> switched"hot"dispensers): <br /> ❑ Red Jacket--Figure 17 on page 37 <br /> ❑ Non-Red Jacket--Figure 18 on page 38 <br /> ❑ Manifolded--Figure 10 on page 26. <br /> Important ow Dispensers and console must be wired to the same leg of incoming power at the main <br /> electrical panel;otherwise damage may result to dispensers and console. <br /> The TLS monitor must be able to detect when dispensers are ON or OFF so it only <br /> initiates line leak tests when the dispenser is OFF.The monitor must also be able to <br /> start the submersible pump to perform a line leak test,and shut the pump off if a leak <br /> is detected. <br /> 1. Turn off all AC power to the TLS monitor,dispensers and submersible pumps. <br /> 2. Connect the AC Line from the"Dispenser ON Switch"to the wire leading to the <br /> PI(PUMP IN)terminal on the Line Leak Interface Module. <br /> 3. Connect the wire from the PO (PUMP OUT)terminal on the module to the hot <br /> side of the STP control box relay(or S2 relay connection if a Red Jacket pump) <br /> side of the pump contactor. <br /> 4. Connect the PR(PUMP RETURN/AC NEUTRAL)wire from the module to the <br /> PR[Figure 17 on page 37].For the non-Red Jacket system,two wires are tied to <br /> the PR,one for the neutral side of the relay and the other to the AC line neutral <br /> [Figure 18 on page 38]. <br /> 5. Connect the AC Line(115 VAC)from the main power panel to the L1 terminal on <br /> the module. <br /> 36 576013-902, Revision G <br />